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5. A student performs a acid-base titration reaction and finds that it takes 16.5 ml of a 2.50M dihydroxide base, M(OH)2, to neutralize a 0.175 M triprotic acid, H3X, solution. A. What volume of the acid solution was required? B. A simple conductivity meter with a lamp and a battery was used to determine the relative conductivity of the original acid and base solutions as well as the final solution. Assuming the base is of the form M(OH); and the acid H)X, arrange the solutions in order of decreasing conductivity (brightest-to-dimmest).

5. A student performs a acid-base titration reaction and finds that it takes 16.5 ml of a 2.50M dihydroxide base, M(OH)2, to neutralize a 0.175 M triprotic acid, H3X, solution. A. What volume of the acid solution was required? B. A simple conductivity meter with a lamp and a battery was used to determine the relative conductivity of the original acid and base solutions as well as the final solution. Assuming the base is of the form M(OH); and the acid H)X, arrange the solutions in order of decreasing conductivity (brightest-to-dimmest).

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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5. A student performs a acid-base titration reaction and finds that it takes 16.5 ml of a 2.50 M dihydroxide base, M(OH)2, to neutralize a 0.175 M triprotic acid, H3X, solution. A. What volume of the acid solution was required? B. A simple conductivity meter with a lamp and a battery was used to determine the relative conductivity of the original acid and base solutions as well as the final solution. Assuming the base is of the form M(OH); and the acid HyX, arrange the solutions in order of decreasing conductivity (brightest-to-dimmest).
Transcribed Image Text:5. A student performs a acid-base titration reaction and finds that it takes 16.5 ml of a 2.50 M dihydroxide base, M(OH)2, to neutralize a 0.175 M triprotic acid, H3X, solution. A. What volume of the acid solution was required? B. A simple conductivity meter with a lamp and a battery was used to determine the relative conductivity of the original acid and base solutions as well as the final solution. Assuming the base is of the form M(OH); and the acid HyX, arrange the solutions in order of decreasing conductivity (brightest-to-dimmest).
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